window socket网络编程的重叠IO模型的例子

使用IO完成端口异步通讯的VC源代码- 服务端程序 将客户端发来的信息发送回客户端-use IO completed port asynchronous communications source code VC-end services to the client process to the information sent back to Client

查看网卡信息，可以看IP，网关，子网码。-View card information, can see IP, gateway, subnet yards.

客户机/服务器模型是为了解决通信中的聚合问题。如果不采用客户机/服务器模型很难实现正常的通信，只有在一方作为服务器采用被动方式，始终等待对方与其通信；另一方作为客户机采用主动通信的方式，主动发起通信过程，才能最终完成通信。-client/server model is to solve the communication problems polymerization. If we do not use the client/server model is very difficult to achieve normal communications, as one of only a passive server, which has been waiting for communication with the other side; The other client as an active communication, initiate the communication process can be finalized communications.

在别人基础上实现了身份验证的邮件发送,即支持esmtp规范，除了例子还有静态库，方便使用。-others on the basis of the identity of the senders, which is to support ESMTP norms, in addition to examples include static libraries, user-friendly.

创建原始套接字，构造ICMP协议ECHO数据头，发送数据sendto 接收数据recvfrom，分析返回IP数据头及ICMP数据头 程序代码极其简单，适合初学网络编程者参考- Founds the primitive sleeve joint character, structure ICMP the agreement ECHO data head, transmits data sendto receive data recvfrom, the analysis returns to the IP data and the ICMP data procedure code is extremely simple, suitablly begins studies the network programming reference

spi编程例子-spi programming examples

JDK1.4 提供的无阻塞 I/O（NIO）有效解决了多线程服务器存在的线程开销问题，但在使用上略显得复杂一些。许多基于 NIO 的多线程服务器程序往往直接基于选择器（Selector）的 Reactor 模式实现。这种简单的事件机制对于较复杂的服务器应用，显然缺乏扩展性和可维护性， 而且缺乏直观清晰的结构层次。本文将通过一个基于事件回调的 NIO 多线程服务器的设计，试图提供一个简洁、直观、易于扩展的 NIO 多线程服务器模型。

自由投票调查系统1.0 (2004-5-30，WINDOWS,189KB,下载19次-free poll System 1.0 (2004-5-30, WINDOWS, 189KB download 19

很简单的网络对时程序，命令提示符界面，基于windows网络通信与程序设计修改而成-Very simple network when procedures, command prompt interface, windows-based network communication and program design modifications from

聊天室程序，支持多线程，非常好的一个游戏可以开发你的智力，希望你会喜欢的，支持网络和单机的-chat room procedures and support multithreading, a very good game can develop your intelligence, I hope you like it, support networks and stand-alone